With the Sochi 2014 Winter Olympics well under way, we want to highlight the opportunities that exist with 3D printing when it comes to sports.
Members of the Stratasys Applications team, as well as Stratasys Founder, Chairman, and Head of Innovation Scott Crump, took to the slopes to test out what could very well be the world's first 3D printed skis. The skis themselves are built from ULTEM 9085 resin on the Fortus 3D Production Systems, which uses fused deposition modeling technology capable of producing end-use parts.
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The Skis were designed by Stratasys senior applications engineer Dominic Mannella at the Skunkworks facility. As for the testing, that was left to Scott, “Scott loves to be the first to try anything, especially when it comes to 3D printing. I am not aware of anyone who has ever taken 3D printed skis downhill before. This kind of adventure is right up Scott’s alley — he’s a longtime thrill-seeker with many exploits to his credit.” The material Ultem was chosen due to its strength and stability, which is suitable in even the coldest and wettest conditions. |
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The Process
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One of the Ski Segments printed on the Fortus line of 3D printers (Fortus 900mc). ULTEM 9085 was used due to its strength and ability to hold out in the epoxy layup process. One set of Skis was printed in Tan, the other in Black. |
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Many design iterations were made to ensure the skis were both safe and functional. Each test piece is derivative of a different design or simulation. This is a typical process you would see in the creation of many different sporting goods. |
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The final design of the skis was in two parts (tip and tail) which would both fit in the build area of the fortus system. The components were designed to allow for metal binding inserts |
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| In order to maximize strength and minimize weight, the interior of the ski was populated with a semi-hollow triangular fill structure |  |
| Custom tooling was designed in SolidWorks alongside the ski. The 3D printed template was used to cut the P-Tex sheet stock to the right shape |  |
| The metal edges were glued to the edge of the P-Tex. These stock elements assist in making the skis usable, but the majority of structural strength and rigidity come from the 3D printed component. |  |
| Another custom tooling example with a 3D printed fixture was designed to hold the ski base in the proper shape. |  |
| The non-bonded surfaces were masked with masking tape and epoxy was applied to the surfaces to be bonded. The binding inserts were then bonded into place, the parts were laid up on the fixture, clamped, and left it to set overnight. |  |
| The skis were removed from the press and cleaned up. The edges were sharpened with hot-wax being applied. The bindings were then fitted. |  |
*P-Tex Definition – a thin, flexible polyurethane, the function of which is to accept wax
A Tribute to Team Canada – #WeAreWinter
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Take a look at some other 3D printed projects, made with powerful and durable 3D printers and materials.
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3D Printed SnowGlobe
In order to demonstrate the synergistic properties of the different product lines from Stratasys, Proto3000 3D printed a snowglobe with Fused Deposition Modeling (FDM), Polyjet, and MakerBot technologies.
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3D Printed Kryptonite
To celebrate the launch of the 2013 Man of Steel movie premiere the Proto3000 team 3D printed our very own Kryptonite
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3D Printed Desktop Organizer
Off the shelf products simply don't have the personalization and customization that a 3D Printer can offer. Take a look at our 3D Printed desktop organizer.
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The 3D Printed Hockey Puck
To test the durability of 3D Printing, and the unique ability to 3D print rubber-like materials, we 3D printed a hockey puck and tested it on the ice.
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